Comparison of GRUtils and GR plotting times

calculate_plot_times.jl

using BenchmarkTools

times = Dict{String, Float64}()

times["using"] = @elapsed using GR
# times["using"] = @elapsed using GRUtils

x = LinRange(-2, 2, 40)
y = x.^3 .+ x.^2 .+ x .+ 6
times["plot_first"] = @elapsed plot(x, y);
times["plot"] = @belapsed plot(x, y);
# times["plot_draw"] = @belapsed draw($(gcf()))
times["stem_first"] = @elapsed stem(x, y);
times["stem"] = @belapsed stem(x, y);
# times["stem_draw"] = @belapsed draw($(gcf()))

x = LinRange(0, 1, 11)
y = LinRange(0, 1, 11)
s = LinRange(50, 400, 11)
c = LinRange(0, 255, 11)
times["scatter_first"] = @elapsed scatter(x, y, s, c);
times["scatter"] = @belapsed scatter(x, y, s, c);
# times["scatter_draw"] = @belapsed draw($(gcf()))

x = LinRange(0, 30, 1000)
y = cos.(x) .* x
z = sin.(x) .* x
times["plot3_first"] = @elapsed plot3(x, y, z);
times["plot3"] = @belapsed plot3(x, y, z);
# times["plot3_draw"] = @belapsed draw($(gcf()))

x = 2 .* rand(100) .- 1
y = 2 .* rand(100) .- 1
z = 2 .* rand(100) .- 1
c = 999 .* rand(100) .+ 1
times["scatter3_first"] = @elapsed scatter3(x, y, z, c);
times["scatter3"] = @belapsed scatter3(x, y, z, c);
# times["scatter3_draw"] = @belapsed draw($(gcf()))

angles = LinRange(0, 360, 40)
radii = LinRange(0, 2, 40)
times["polar_first"] = @elapsed polar(angles, radii);
times["polar"] = @belapsed polar(angles, radii);
# times["polar_draw"] = @belapsed draw($(gcf()))

numbers = [10, 15, 35, 20]
times["barplot_first"] = @elapsed barplot(numbers);
times["barplot"] = @belapsed barplot(numbers);
# times["barplot_draw"] = @belapsed draw($(gcf()))

data = 2 .* randn(100) .- 1
times["histogram_first"] = @elapsed histogram(data, nbins=19);
times["histogram"] = @belapsed polarhistogram(data, nbins = 19);
# times["histogram_draw"] = @belapsed draw($(gcf()))

x = 8 .* rand(100) .- 4
y = 8 .* rand(100) .- 4
z = sin.(x) + cos.(y)
times["contour_first"] = @elapsed contour(x, y, z);
times["contour"] = @belapsed contour(x, y, z);
# times["contour_draw"] = @belapsed draw($(gcf()))
times["contourf_first"] = @elapsed contourf(x, y, z);
times["contourf"] = @belapsed contourf(x, y, z);
# times["contourf_draw"] = @belapsed draw($(gcf()))
times["surface_first"] = @elapsed surface(x, y, z);
times["surface"] = @belapsed surface(x, y, z);
# times["surface_draw"] = @belapsed draw($(gcf()))
times["tricont_first"] = @elapsed tricont(x, y, z);
times["tricont"] = @belapsed tricont(x, y, z);
# times["tricont_draw"] = @belapsed draw($(gcf()))
times["trisurf_first"] = @elapsed trisurf(x, y, z);
times["trisurf"] = @belapsed trisurf(x, y, z);
# times["trisurf_draw"] = @belapsed draw($(gcf()))

x = LinRange(-2, 2, 40)
y = LinRange(0, pi, 20)
z = sin.(x') .+ cos.(y)
times["heatmap_first"] = @elapsed heatmap(z);
times["heatmap"] = @belapsed heatmap(z);
# times["heatmap_draw"] = @belapsed draw($(gcf()))

x = LinRange(-3, 3, 150)
y = LinRange(-2, 2, 100)
data = (sin.(exp.(x'.^2 .+ y.^2)) .+ sin.(x') .+ cos.(y) .+ 3) ./ 6
times["imshow_first"] = @elapsed imshow(data);
times["imshow"] = @belapsed imshow(data);
# times["imshow_draw"] = @belapsed draw($(gcf()))

x = randn(100_000)
y = randn(100_000)
times["hexbin_first"] = @elapsed hexbin(x, y);
times["hexbin"] = @belapsed hexbin(x, y);
# times["hexbin_draw"] = @belapsed draw($(gcf()))

times_gr_grutils.csv